Terraform snippets



The code creates a GoogleSQLDatabase instance called "example-name" in the us-central region. The instance has a tier of D0.

google_sql_database_instance



The code defines a Google pubsub topic with the name "example-name" and the description "example-description".

google_pubsub_topic



This code creates a Google SQL database called "example-name" and sets the name of the database to "example-description".

google_sql_database



The code creates a Google DNS record set named "example-name" with the following properties: 

name: "example-name"

description: "example-description"


type: "A"

ttl: 300

google_dns_record_set



This code creates a resource called "example-name" with the following properties:

name: "example-name"

description: "example-description"

zone: "us-central1-a"

initial_node_count: 1

master_auth: {
 username: "mr.yoda",
 password: "adoy.

google_container_cluster



The code defines a Google DNS managed zone named "example-name" which contains the DNS name "prod.mydomain.com.

google_dns_managed_zone



The code creates a google_compute_vpn_tunnel resource. This resource has the following properties:

name : The name of the tunnel.

description : A description of the tunnel.

peer_ip : The IP address of the peer computer.

shared_secret : A shared secret for the tunnel.

target_vpn_gateway : The target VPN gateway. This tunnel will use the target VPN gateway as its gateway.

google_compute_vpn_tunnel



This code creates a Google Compute VPN Gateway resource. The name field is set to "example-name" and the description field is set to "example-description". The network and region fields are set to the self_link for the Google Compute Network (network1) and the region for which this gateway is intended (var.region).

google_compute_vpn_gateway



The code creates a resource called "google_compute_url_map" with the following properties:

name : "example-name"

description : "example-description"

default_service : "${google_compute_backend_service.home.

google_compute_url_map



The code defines a resource named "google_compute_target_pool" with the following properties:

name : "example-name"

description : "example-description"



instances : A list of three instances. The first instance is in us-central1-a, the second instance is in us-central1-b, and the final instance is in any other region.



health_checks : A list of two health checks.

google_compute_target_pool



This code creates a resource called "example-name" that is associated with a description called "example-description" and specifies a proxy to be used for accessing the Google Compute Engine servers. The proxy is set to use the specific self-link for the certificates file.

google_compute_target_https_proxy



This code declares a resource named "example-name" with the following properties: 

name: "example-name"

description: "example-description"

url_map: {self_link}

google_compute_target_http_proxy



The code configures a Google Compute Subnetwork called "default-us-east1" and assigns it an IP address range of "10.0.0.0/16". Google Compute Subnetwork instances are placed in regions, and this one is designated for use in the "us-east1" region.

google_compute_subnetwork



The code creates a Google Compute SSL Certificate named "example-name" with the following properties: 

name: "example-name"

description: "example-description"

private_key: "path/to/private.key"

certificate: "path/to/certificate.

google_compute_ssl_certificate



The google_compute_route resource specifies a Google Compute Route for the given name. The route range is from the given IP range to the next Google Compute Node. The next_hop_ip is the IP of the next Google Compute Node, and priority is the load-balancing priority for this route.

google_compute_route



This code creates a Google Compute Project metadata object. In the metadata object, the foo property has the value "bar", the fizz property has the value "buzz", and the 13 property has the value "42".

google_compute_project_metadata



This code creates a resource named "example-name" in the Google Compute Network namespace and sets the range of IP addresses that the resource can use to be 10.0.0.0/16.

google_compute_network



This code creates a Google Compute Instance (GCE) with the name "example-name" and the description "example-description". The GCE will be created with the machine type "n1-standard-1", and will be configured with a 2TB disk in the "debian-cloud/debian-8" source image. The GCE will be booted with the "auto_delete" setting set to true, so that it will be automatically deleted after 6 months.

google_compute_instance_template



The google_compute_instance_group_manager resource sets up a named instance group.

google_compute_instance_group_manager



The code defines a resource named "example-name" with the following properties:

name: "example-name"

description: "example-description"

zone: "us-central1-a"

google_compute_instance_group



This code creates a Google Compute Engine instance named "example-name" that is of type "n1-standard-1" and is located in the "us-central1-a" zone. The instance has a Debian 8 image on its disks.

google_compute_instance



The google_compute_https_health_check resource will check the health of your web server and send an email if there are any problems detected. The name property is the name of the resource and the request_path property is the path to your web server that the health check should be performed on. The timeout_sec and check_interval_sec properties define how often the health check should be performed and in how many seconds, respectively.

google_compute_https_health_check



The code defines a resource named "example-name" which will use a google_compute_image object to access a disk image named "my-disk-image-tarball.tar.gz".

google_compute_image



The code configures a Google Compute HTTP Health Check instance. The instance's name is "example-name", and the request path is "/health_check". The instance's timeout is 1 second, and the check interval is 1 second.

google_compute_http_health_check



The code defines a forwarding rule for an instance that uses Google's public DNS servers for its target. The rule sets the target to the instance's self-link, which is the URL used by the instance to identify itself to Google. The rule sets the port range to 80.

google_compute_global_forwarding_rule



This code creates a Google Compute Forwarding Rule that forwards traffic from port 80 on the local machine to port 8000 on the Google Compute Target Pool's default self-link.

google_compute_forwarding_rule



The code creates a global address called "example-name" in the Google Compute Engine cloud. The name is required and must be unique within the entire GCP organization.

google_compute_global_address



The code snippet creates a new resource called example-name with the following properties:

name: "example-name"

network: "example-network"

allow:

protocol: "icmp"

google_compute_firewall



This creates a resource called example-name with the following properties:

name: "example-name"

type: "pd-ssd"

zone: "us-central1-a"

image: "debian7-wheezy"

google_compute_disk



The code creates a new Google PubSub subscription with the name "example-name" and topic "example-topic".

google_pubsub_subscription



The code sets up a resource named "example-name" with the following characteristics:

name: "example-name"

description: "example-description"

health_checks: ["example-health_checks"]

google_compute_backend_service



The code declares a resource named "google_compute_autoscaler" with the following configuration: 

name: "example-name"

zone: "example-zone"
 

target: "example-target"
 

autoscaling_policy: {
       max_replicas: 5
       min_replicas: 1
       cooldown_period: 60
       cpu_utilization: {
          target: 0.

google_compute_autoscaler



The code creates a Google Project with the name "example-id" and stores the policy data in the policy_data field.

google_project



This code creates a new Google Compute address named "example-name".

google_compute_address



data "google_iam_policy" "${admin}" { binding { role = "roles/compute.instanceAdmin" members = [ "serviceAccount:your-custom-sa@your-project.iam.gserviceaccount.com" ] } binding { role = "roles/storage.objectViewer" members = [ "user:evanbrown@google.

google_iam_policy



public class GoogleCredentialsProvider {
 private static GoogleCredentials credentials;
 private static string credentials - example;
 private static string project - example;
 private static string region - example;

public static GoogleCredentials getCredentials(String credentials - example) {
 if (credentials - example == null) {
 credentials = new GoogleCredentials();
 }
 return credentials.

google



This code creates a new GitLab project named "${example}" which has the following description: "This is a new project.

gitlab_project



The gitlab_group resource creates a new GitLab group named "${example}" with the following configuration:

name: "${example}"

path: "${example}"

description: "${example} description"

gitlab_group



This code creates a gitlab_project_hook that will check for a new version of the example project on the https://${example}.com website.

gitlab_project_hook



The resource specifies the name of the deploy key, as well as the name of the project and the title of the key.

gitlab_deploy_key



This code declares a new resource called "github_issue_label" which can be used to label issues on GitHub.

github_issue_label



The above code defines a provider called "gitlab" that provides an API token.

gitlab



This code defines a Github Team Repository that is bound to the MyResource. MyResource is a hash that references the location of the GitHub repository.

github_team_repository



The code creates a github team called "MyResource".

github_team



This code fetches the GitHub team memberships of the user.

github_team_membership



This code is specifying a GitHub repository as a resource. The name of the repository is "example", and the description is "example".

github_repository



This code says that the github_repository_collaborator resource should be initialized with the value "myresource".

github_repository_collaborator



The code in this example declares a variable named "github_membership" and sets its value to the string "${MyResource}" . The value of this variable will be the contents of the MyResource variable.

github_membership



This service will use the Fastly CDN and will be hosted on localhost on port 8080. The service will have the name my-${myResourceName}, and will have the description my-description-${myResourceName}. The domain for this service will be demo.notexample.com. The backend for this service will be hosted on 127.0.0.1 and will use the address and port of localhost. The service will be enabled for force_destroy to be true.

fastly_service_v1



This code creates a data source called "fastly_ip_ranges" that can be used to get ranges of IP addresses.

Name	Language	Author	Uses
google_sql_database_instance	Terraform	l lucycodes42	0
google_pubsub_topic	Terraform	l lucycodes42	0
google_sql_database	Terraform	l lucycodes42	0
google_dns_record_set	Terraform	l lucycodes42	0
google_container_cluster	Terraform	l lucycodes42	1
google_dns_managed_zone	Terraform	l lucycodes42	0
google_compute_vpn_tunnel	Terraform	l lucycodes42	0
google_compute_vpn_gateway	Terraform	l lucycodes42	0
google_compute_url_map	Terraform	l lucycodes42	0
google_compute_target_pool	Terraform	l lucycodes42	0
google_compute_target_https_proxy	Terraform	l lucycodes42	0
google_compute_target_http_proxy	Terraform	l lucycodes42	0
google_compute_subnetwork	Terraform	l lucycodes42	1
google_compute_ssl_certificate	Terraform	l lucycodes42	0
google_compute_route	Terraform	l lucycodes42	1
google_compute_project_metadata	Terraform	l lucycodes42	0
google_compute_network	Terraform	l lucycodes42	0
google_compute_instance_template	Terraform	l lucycodes42	1
google_compute_instance_group_manager	Terraform	l lucycodes42	1
google_compute_instance_group	Terraform	l lucycodes42	2
google_compute_instance	Terraform	l lucycodes42	3
google_compute_https_health_check	Terraform	l lucycodes42	0
google_compute_image	Terraform	l lucycodes42	0
google_compute_http_health_check	Terraform	l lucycodes42	0
google_compute_global_forwarding_rule	Terraform	l lucycodes42	0
google_compute_forwarding_rule	Terraform	l lucycodes42	0
google_compute_global_address	Terraform	l lucycodes42	0
google_compute_firewall	Terraform	l lucycodes42	1
google_compute_disk	Terraform	l lucycodes42	0
google_pubsub_subscription	Terraform	l lucycodes42	0
google_compute_backend_service	Terraform	l lucycodes42	0
google_compute_autoscaler	Terraform	l lucycodes42	1
google_project	Terraform	l lucycodes42	0
google_compute_address	Terraform	l lucycodes42	1
google_iam_policy	Terraform	l lucycodes42	1
google	Terraform	l lucycodes42	4
gitlab_project	Terraform	l lucycodes42	0
gitlab_group	Terraform	l lucycodes42	0
gitlab_project_hook	Terraform	l lucycodes42	0
gitlab_deploy_key	Terraform	l lucycodes42	0
github_issue_label	Terraform	l lucycodes42	0
gitlab	Terraform	l lucycodes42	0
github_team_repository	Terraform	l lucycodes42	0
github_team	Terraform	l lucycodes42	0
github_team_membership	Terraform	l lucycodes42	0
github_repository	Terraform	l lucycodes42	0
github_repository_collaborator	Terraform	l lucycodes42	0
github_membership	Terraform	l lucycodes42	0
fastly_service_v1	Terraform	l lucycodes42	0
fastly_ip_ranges	Terraform	l lucycodes42	0

Codiga Snippets, page 46